Skip to main content

RMD’s Hong Kong highway project

RMD Kwikform has supplied its 80kN Rapidshor shoring for the widening of the Tolo Highway, running between the Island House Interchange and Tai Hang in Hong Kong. The project, overseen by main contractor Gammon Construction and set to be completed by the end of 2013, will widen the Tolo Highway from a two to four-lane carriageway in each direction, alleviating traffic congestion. “We were approached by [project] sub-contractors, United Soundfair and Richwell Engineering to supply shoring and formwork suppor
June 13, 2012 Read time: 2 mins
319 RMD Kwikform has supplied its 80kN Rapidshor shoring for the widening of the Tolo Highway, running between the Island House Interchange and Tai Hang in Hong Kong.

The project, overseen by main contractor 1526 Gammon Construction and set to be completed by the end of 2013, will widen the Tolo Highway from a two to four-lane carriageway in each direction, alleviating traffic congestion.

“We were approached by [project] sub-contractors, United Soundfair and Richwell Engineering to supply shoring and formwork support,” says Noel Kennedy, general manager for RMD Kwikform Hong Kong.

“The scale of the site and project required the use of our 80kN capacity Rapidshor shoring, to ensure safety and the continuous traffic flow needed, whilst the widening took place. Due to the location of the site, we also needed to engineer a solution using Rapidshor to support the overhead works spanning the slip roads at interchanges, whilst maintaining a safe access route for traffic.

“In addition to the main Rapidshor shoring, we also utilised our Megashor heavy duty shoring to provide extra support to a variety of the bridge deck structures, some up to a height of 25metres,  with SuperSlim and GTX Beams used to create the soffit.”

Kennedy says the Tolo Highways project is one of many that have benefitted from the use of Rapidshor, which is one of the more widely used systems in Hong Kong. RMD Kwikform says it’s popular with sub-contractors, as it allows them to use less labour, due to the heavy leg load capacity.

For more information on companies in this article

Related Content

  • RMD Kwikform 3D viaduct design aids single concrete pour in Norway
    March 13, 2015
    Engineers with RMD Kwikform used 3D modelling to overcome challenging terrain and tight schedules for pouring a single-deck concrete viaduct in mid-Norway. The Doro Viaduct is a post-tension three-span single-carriageway measuring 9.5m wide. It forms an important part of the large realignment of the E39 Harangen-Høgkjølen route in the Trondheim mid-region of Norway. The project needed a formwork and shoring solution to support a 93m-long, 750m3 single-deck pour for the three span Doro viaduct in Norway. For
  • RMD Kwikform 3D viaduct design aids single concrete pour in Norway
    March 13, 2015
    Engineers with RMD Kwikform used 3D modelling to overcome challenging terrain and tight schedules for pouring a single-deck concrete viaduct in mid-Norway. The Doro Viaduct is a post-tension three-span single-carriageway measuring 9.5m wide. It forms an important part of the large realignment of the E39 Harangen-Høgkjølen route in the Trondheim mid-region of Norway. The project needed a formwork and shoring solution to support a 93m-long, 750m3 single-deck pour for the three span Doro viaduct in Norway. For
  • Bridge formwork solutions complete big bridge picture
    July 2, 2014
    Advanced bridge formwork solutions are allowing contractors to complete vital major highway infrastructure projects covering Norway, Sweden, Estonia and Poland. Guy Woodford reports Building the Labbdalen bridges in Norway is a key feature of the E6 highway improvement programme. Main project contractor HÆHRE tasked RMD Kwikform and Teknikk with supplying a complete formwork and shoring solution that could tackle the challenging Norwegian terrain, whilst preserving the environment. Situated two hours
  • Formwork innovations help bridge building
    July 7, 2015
    A series of formwork developments are helping with challenging bridge construction projects around the world - Mike Woof writes In the Polish city of Krakow, a cost-effective cable stayed bridge is being constructed using a balanced cantilever technique. The current expansion of the Krakow metropolitan railway network (KST) requires the building of a crossing of the Krakow-Plaszow railway junction. Ensuring that daily rail operations remained unaffected during the construction of the 252m long crossing w